Al Merose

@al.merose.com

Differential database administrator. Machine learning for climate & weather. Ex-Google Research, Founding Member of Technical Staff @OpenAthena.ai. Tinkering with xql.systems. He/him.

Neat talks hosted by Motherduck yesterday. I’ve been interested in zarr and using it in SQL w/o xarray for messing with geolibre things, cool to see. Also good to hear Motherduck taking the AWS news well, hopefully bodes well for the future of DuckDB.

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If you're just joining me from the AI Knowers starter pack, I talk about how that community helped me be a better agentic engineer and how I got into AI in this interview.

Open Athena@openathena.ai · 6d ago

Alex Merose @al.merose.com was headed into design until a friend showed him a demo: audio windows shrinking until noise resolved into sound, tuned by ear—a preprocessing step for a brain-computer interface. He is now MTS at OA, working primarily on Samudra with NYU & MIT. Meet Alex: bit.ly/oa-alex

Alex Merose @al.merose.com was headed into design until a friend showed him a demo: audio windows shrinking until noise resolved into sound, tuned by ear—a preprocessing step for a brain-computer interface. He is now MTS at OA, working primarily on Samudra with NYU & MIT. Meet Alex: bit.ly/oa-alex

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Had a dumb little question for claude: what if the mandlebrot style fractal incorporated the fibonacci sequence? The result is this fractal that I hadn’t seen before

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A surprisingly difficult part about putting a calculus engine inside a database is that SQL doesn't have good complex number support.

A program is a specification for what a computer should do. By this definition, “vibe coding” is also coding. It matters not whether the specification is in assembly, Python, or English.

Here's the tale of how @jder.bsky.social and I scaled Samudra, a neural ocean emulator capable of predicting 8 years of the ocean on a single GPU, to operate at a full 1/4° resolution (16x the size in bytes). It was quite a humbling process.

Open Athena@openathena.ai · last mo.

Simulating ocean climate takes a supercomputer 4,600+ CPU cores to produce 12 simulated years per day (SYPD). Samudra 2 produces 4,800 SYPD on 1 GPU at the same resolution. In a new blog, @al.merose.com reports on Samudra, a neural ocean emulator built in collaboration with NYU & MIT: bit.ly/oa-ss